Zte ZXG10-BS30 Installation Manual Download

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ZXG10-BS30

Compact Outdoor BTS

Installation Manual

Version 1.5

ZTE CORPORATION
ZTE Plaza, Keji Road South,
Hi-Tech Industrial Park,
Nanshan District, Shenzhen,

P. R. China
518057
Tel: (86) 755 26771900 800-9830-9830
Fax: (86) 755 26772236
URL: http://support.zte.com.cn
E-mail: [email protected]

Summary of Contents for ZXG10-BS30

Page 1: ...lation Manual Version 1 5 ZTE CORPORATION ZTE Plaza Keji Road South Hi Tech Industrial Park Nanshan District Shenzhen P R China 518057 Tel 86 755 26771900 800 9830 9830 Fax 86 755 26772236 URL http support zte com cn E mail doc zte com cn ...

Page 2: ...sclaimed including without limitation any implied warranty of merchantability fitness for a particular purpose title or non infringement ZTE CORPORATION and its licensors shall not be liable for damages resulting from the use of or reliance on the information contained herein ZTE CORPORATION or its licensors may have current or pending intellectual property rights or applications covering the subj...

Page 3: ...sibility Contents Index Headings Numbering Glossary Good Fair Average Poor Bad N A Your evaluation of this documentation Intelligibility Language Vocabulary Readability Clarity Technical Accuracy Content Good Fair Average Poor Bad N A Your suggestions for improvement of this documentation Please check the suggestions which you feel can improve this documentation Improve the overview introduction M...

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Page 5: ...uch iv Chapter 1 1 Safety Instructions 1 Overview 1 Safety Symbols 1 Toxicant 3 Electrical Safety 3 Antistatic 4 Battery 5 Electromagnetic Radiation 6 Working at Heights 6 Fans 7 High Temperature 7 Plugging Unplugging a Module 8 Do Not s 8 Chapter 2 9 Overview 9 Equipment Installation and Commissioning Flow 9 Equipment Parameters 11 Hardware Installation Flow 13 Chapter 3 17 ...

Page 6: ...rations 20 Unpacking Instructions 20 Chapter 4 23 Cabinet Installation 23 Cabinet Types 23 TSME 24 DPM 25 STM 26 HDSL 26 PWM or PWMD 27 HTM 29 Cabinet Installation Methods 30 Cabinet Installation on a Pole 30 Cabinet Installation on a Wall 35 Plugging Unplugging a Module 39 Chapter 5 43 Power and Grounding Cables Installation 43 Power Interface 43 AC Input Power Interface 43 DC Input Power Interfa...

Page 7: ...ering preparation 96 Antenna Installation 100 Testing the Antenna Feeder System 116 Chapter 9 119 Hardware Installation Check 119 Cabinet Checking 119 Cables Checking 119 Sockets Plugs and Locking pieces checking 120 Labels Checking 120 On site Environment 120 Antenna Feeder System 121 Chapter 10 123 Power ON OFF Test 123 Power ON Check 123 Power ON Procedure 123 Power OFF Procedure 124 Appendix A...

Page 8: ...Appendix C 131 Abbreviation 131 Figures 133 Tables 137 Index 139 ...

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Page 11: ...nology Familiarity with the following is helpful ZXG10 BS30 V1 5 system and its various components What is in this Manual This Manual contains the following chapters TAB L E 1 CHAP T E R SU M M AR Y Chapter Summary Chapter 1 Safety Instructions Describes the safety signs and their meanings Chapter 2 Overview Describes the installation and commissioning flow of the BS30 V1 5 Chapter 3 Installation ...

Page 12: ...heck Describes the system debugging check after hardware installation Chapter 10 Power ON OFF Describes the module plugging unplugging and power ON OFF methods Appendix A Describes the packing methods storage conditions and transportation of the equipment Appendix C CE Statement Appendix B List of telecom industry abbreviations Related Documentation The following documentation is related to this m...

Page 13: ...ameters Mandatory parameters Select one of the parameters that are delimited by it Note Provides additional information about a certain topic Checkpoint Indicates that a particular step needs to be checked before proceeding further Tip Indicates a suggestion or hint to make things easier or more productive for the reader TAB L E 3 MOU S E OP E R AT I O N CO N V E N T IO N S Typeface Meaning Click ...

Page 14: ...zte com cn You can also call our customer support center at 86 755 26771900 and 86 800 9830 9830 ZTE welcomes your comments and suggestions on the quality and usefulness of this document For further questions comments or suggestions on the documentation you can contact us by e mail at doc zte com cn or you can fax your comments and suggestions to 86 755 26772236 You can also browse our website at ...

Page 15: ...iminary knowledge about safety operations and must have received training on ZTE equipment maintenance and operations Observe related equipment precautions and special safety instructions during maintenance provided by ZTE Some important safety instructions are discussed in the chapter ZTE shall not bear any liabilities incurred by violation of universal safety operation requirements or violation ...

Page 16: ...s Danger warning caution and note in descending of criticality Danger Indicates an imminently hazardous situation which if not avoided could result in death or serious injury Limit its use to only extreme situations Warning Indicates a hazardous situation which if not avoided could result in serious injuries equipment damages or interruption of major services Caution Indicates a potentially hazard...

Page 17: ...rsonnel exposed to such components must have complete knowledge about precautionary measures to avoid any hazards Warning Some components in base station contain chemicals like hydrochloride These components release toxic gas when burnt Do not burn components to prevent toxic gas release after combustion Dispose off according to the local regulations of chemical or special waste disposal Electrica...

Page 18: ...storm Thunderstorm produces a strong electromagnetic field in the atmosphere so avoid all tower and high voltage operations Take lightning protection measures by grounding the equipment to prevent any damage Antistatic Note Static electricity produced by human body can damage sensitive components on the circuit board such as large integrated circuits ICs Friction caused by human body is the root c...

Page 19: ...teries have low voltage but instant powerful current caused by short circuit can release a great amount of energy Prevent metal objects to short circuit the battery for example short circuit caused by mishandling the operation tools If possible cut the battery supply before any operation Danger Do not use any unsealed lead acid battery because the gases released by the battery may erode the equipm...

Page 20: ...t human body During installation and maintenance of the antenna on a tower mounted with several antennas from different operators there must be mutual agreement to shutdown the transmission Warning During installation and servicing operations around the operating antenna keep adequate distance from the antenna Do not unplug the transmitter output feeder connector or the antenna feeder cable connec...

Page 21: ...ladder should not be slippery Place the ladder firmly on a flat area Do not place it over the objects that can slide or move such as cartons and stones Always face the ladder while climbing it Keep the center of gravity within the ladder edges Hold the ladder with one hand and make sure to place both feet on the ladder Do not climb beyond last four steps Ladder used to climb onto a roof should be ...

Page 22: ...ard along the slot While holding a board in hand keep hands off the board circuits components connectors and wiring Do Not s Note Do not conduct internal maintenance or equipment debugging without prior permission Replacing parts or changing equipment may incur extra danger therefore do not replace parts or change the equipment without prior permission To ensure safety and incase of any queries co...

Page 23: ...n the site address according to the information collected from network planning and provide related data for design and construction Engineering Design Drawing Engineering design drawing should be done by the professional institutes such as Posts and Telecommunication Design Institutes according to the project survey results Second Environment Acceptance Before starting the formal construction imp...

Page 24: ...tall the corresponding software and set the related parameters System Test Conduct a comprehensive test on the system to check the system performance If the test fails continue further adjustment until the requirement is met by the system Handover and Cutover Handover the equipment to the user when normal operation of the equipment is ensured Trial run Equipment is in trial run phase for first sev...

Page 25: ...ation of ZTE CORPORATION 11 FI G U R E 1 EQ U I PM E N T IN ST AL L AT I O N AN D COM M I S S I ON I N G FL O W Equipment Parameters Dimensions Dimension of the integrated equipment not including the base Height x Weight x Depth is 500 mm x 400 mm x 284 mm ...

Page 26: ... 5 Fan 0 5 Power Supply ZXG10 BS30 V1 5 supports power supply of 220 V AC and 48 V DC 220 V AC power supply f Allowed voltage fluctuation range 130 V to 300 V f Allowed frequency fluctuation range 45 Hz to 65 Hz f Output voltage 48 V DC 60 V DC to 40 V DC f Maximum output current 6 A f Adjustable current limited value 8 A adjustable f Maximum output power 400 W 48 V DC power supply f Allowed volta...

Page 27: ...gnetic Compatibility for 900 1800 MHz TDMA Digital Cellular Telecommunications System Part 2 Base Station and Ancillary Equipment YD T 1139 2001 f Safety Safety meets Safety of Information Technology Equipment GB 4943 1995 standard Hardware Installation Flow ZXG10 BS30 V1 5 can be installed in various methods which include installation on walls or supportive poles depending upon the geographic env...

Page 28: ...hapter 4 Cabinet Installation Power and Grounding cables Installation Power and Grounding cables installation includes power and ground cable interfaces For details refer Chapter 5 Power and Grounding Cables Installation Internal Cable Installation Internal cables for ZXG10 BS30 V1 5 are connected before delivery to avoid connecting them on the site Cable connections can be changed according to th...

Page 29: ... and operation For details refer Chapter 9 Hardware Installation Check Power ON OFF Test This includes plugging unplugging a module and Power ON OFF of the equipment For details refer Chapter 10 Power ON OFF Test Hardware installation is a critical step in the whole installation process So hardware installation should be done only under the guidance of well trained and experienced professionals No...

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Page 31: ...ain and fog ZXG10 BS30 V1 5 can work normally under 40 0 C to 50 0 C It is installed either on wall or supportive pole Inspection on Indoor Installation Environment Equipment room should be constructed completely before installation Interior of the wall should be kept dry Walls and ceilings should be coated with non flammable white lusterless paint or other fire retardant materials Temperature and...

Page 32: ...cted from lightning by using proper grounding system Inspection on Outdoor Environment Equipment should not be installed in the environment having high temperature heavy dust harmful gas explosives or low air pressure Equipment should not be installed in the environment having strong quakes or noise Equipment should be installed away from Step down transformer or Traction transformer substation Sh...

Page 33: ...tion ground should be combined into a grounding grid and grounding resistance should be less than 5 ohms as shown in Figure 3 FI G U R E 3 SC H E M AT I C DI AG R AM FO R GR O U N D I N G NE TW O R K Tools and Meter Requirements ZXG10 BS30 V1 5 BTS installation requires special tools meters and test instruments as listed in Table 5 which are used apart from frequently used instruments TAB L E 5 IN...

Page 34: ...oaded or unloaded with excessive force During unpacking total number of goods delivered should be checked against ZTE Corporation Checklist before installation Once ZTE engineer arrives at the installation site they should count and check the delivered goods together with the user Unpacking and Accepting Report should be prepared after completing the unpacking and inspection process Unpacking Prep...

Page 35: ...ing and find out the cause and report to the concerned department After unpacking collect and reclaim for the useful packing material Waste materials should be disposed instead of littering or burning them Wooden case Unpacking Wooden case is generally used for packing heavy goods such as cabinet Wooden case consists of packing materials such as case foam plate and plastic cover Packing box should...

Page 36: ...atched or deformed Check whether the screws are tightened completely Check whether connecting wires are connected properly Check whether fittings and accessories required for installation are complete Equipment Handover After equipment inspection both the parties should sign the Unpacking and Acceptance Report with each party having the copy of the report handover the equipment to the user Enginee...

Page 37: ...V1 5 is designed to provide safety during installation operation and maintenance Cabinet is made using welded bent aluminum alloy plate and main radiator using drawn sectional aluminum Front cover plate is made using welded dual layer aluminum alloy plate as shown in Figure 5 FI G U R E 5 ZXG10 BS30 V1 5 OV E R V IE W ZXG10 BS30 V1 5 composed of following modules as shown in Figure 6 Transceiver S...

Page 38: ... TSM 电源模块 PSM SDH 传输模块 STM 风扇 1 2 3 4 5 1 TSME 2 DPM 3 PWM 4 STM 5 HTM TSME TSME consumes 70 of the total power consumption in the equipment TSME consists of ETRM CMM and BCU as shown in Figure 7 ETRM mainly includes Transceiver Processor Unit DTPU Radio Carrier Unit RCU and Power Amplifier Unit PAU CMM and ETRM is separated using separator which fixes and shields CMM CMM consists of controller ...

Page 39: ...m x 290 mm x 135 mm FI G U R E 7 TSME ST R U C TU R E 1 Backplane 2 CMM 3 Separator 4 ETRM DPM DPM consists of Duplexer Unit DPU Receiving Filter Unit RFU Low noise Amplifier Unit LAU and Detector for Standing Wave Ratio DSWR as shown in Figure 8 DPM size Length x Width x Height is 273 mm x 215 mm x 128 mm FI G U R E 8 DPM STR U C T UR E ...

Page 40: ...ted by configuring STM ZXSM T150 compact synchronous digital transmission equipment T150 is used as STM which provides 155 Mbits s SDH interface for diversified BS transmission interfaces STM size Length x Width x Height is 350 mm x 250 mm x 45 mm T150 is integrated into a box as shown in Figure 9 FI G U R E 9 BU I L T I N T150 ST R U C T U R E 1 1 Fiber Interface HDSL ZXG10 BS V1 5 supports STM o...

Page 41: ... Power module configured as per user requirement can be PWM or PWMD PWM PWM consists of a circuit breaker two AC connectors two DC connectors and two power indicators PWM structure is shown in Figure 11 FI G U R E 11 PWM ST R U C TU R E Circuit breaker used for controlling ON OFF status of the 220 V AC power supply to the cabinet and adopts card installation mode ON OFF status is marked using silk...

Page 42: ...r for the main contact point power supply Pin 1 2 and 3 denotes AC input over voltage under voltage alarm empty pin and work ground Two indicators are used to indicate the working status of 220 V AC input and 48 V DC power supply Green indicator indicates Normal status RED indicator indicates Fault status PWM size Length x Width x Height is 235 mm x 155 mm x 90 mm PWM should be installed in the di...

Page 43: ... G U R E 13 PWMD ST R U CT U R E HTM HTM is shown in Figure 14 includes fan and a heater HTM consists of heater rack fixing plate heater and control panel HTM maintains the cabinet temperature for normal operation of the equipment at low temperature FI G U R E 14 HTM ST R U C TU R E 1 Heater 2 Fan ...

Page 44: ...e cabinet 2 Fixing plate and M12 x 180 long bolts should be used to fix the support assembly onto the antenna pole Antenna pole diameter ranges from 60 mm to 114 mm Recommended diameter is 90 mm as shown in Figure 15 3 Attach the upper part of the cabinet and push it gently into the fixing support as shown in Figure16 4 Align the fixing support with the cabinet screw holes and tighten it using fou...

Page 45: ... 31 FI G U R E 16 AT T AC H I N G T H E CAB I N E T FI G U R E 17 CAB I N E T FI X AT I O N 5 If necessary tie the rope on the pedestal for lifting the cabinet to a position 6 Shadow shield should be fixed to the support assembly behind the cabinet using four M4 screws as shown in Figure 18 ...

Page 46: ...E L D IN S T AL L AT I O N Warning Avoid objects from falling off when working at heights Dual Cabinet Steps to be followed during dual cabinet installation 1 Fix the hoop and the fixing support onto the antenna pole by screwing the four nuts tightly as shown in Figure 19 and Figure 20 FI G U R E 19 HO O P AN D FI X I N G SU P P O RT IN S T AL L AT I O N 1 ...

Page 47: ...U R E 20 HO O P AN D FI X I N G SU P P O RT IN S T AL L AT I O N 2 2 Attach the upper part and push the cabinet gently into the fixing support 3 Align the suspension bar of the cabinet to the fixing support as shown in Figure 21 and Figure 22 FI G U R E 21 CAB I N E T FI X AT I O N 1 1 Suspension bar ...

Page 48: ...tary Information of ZTE CORPORATION 34 FI G U R E 22 CAB I N E T FI X AT I O N 2 2 Second cabinet should be installed as shown in Figure 23 FI G U R E 23 CAB I N E T FI X AT I O N 3 5 Insert the shadow shield from top to bottom and fix it using the screws as shown in Figure 24 and Figure 25 ...

Page 49: ...E CORPORATION 35 FI G U R E 24 SH AD O W SH I E L D IN S T AL L AT I O N 1 FI G U R E 25 SH AD O W IN S T AL L AT I O N 2 Cabinet Installation on a Wall Single Cabinet Steps to be following during cabinet installation on a wall 1 Fixing support should be removed from the cabinet ...

Page 50: ...on the wall based on the holes in the fixing support 3 Drill four holes on the wall using M12 percussion driller 4 Fixing support should be fixed on the wall using four M12 expansion bolts as shown in Figure 26 and Figure 27 FI G U R E 26 FI X I N G SU PP OR T IN S T AL L AT I O N 1 1 Wall 2 Fixing support 3 Expansion bolt 4 Hexagonal nut 5 Washer ...

Page 51: ... N G SU PP OR T IN S T AL L AT I O N 2 5 Attach the upper part of the cabinet and push it gently into the fixing support as shown in Figure 28 FI G U R E 28 AT T AC H I N G T H E CAB I N E T 6 Align the fixing support with the cabinet screw holes 7 Tighten the four M8 internal hexagonal screws as shown in Figure 29 ...

Page 52: ...O N 1 M8 Screws 8 Installed cabinet is shown in Figure 30 Shadow shielding should be installed if the cabinet is installed in outdoor environment FI G U R E 30 IN S T AL L E D CAB I N E T 9 Dual cabinet and three cabinet installations on a wall are shown in Figure 31 and Figure 32 Cabinet should be installed in a horizontal line with an interval of 40 mm to 60 mm ...

Page 53: ...nternal modules are installed before delivery of the cabinet Module should be plugged or unplugged only during module maintenance and inspection Note Non professionals should maintain or debug the interior of any equipment only if instructed by the professionals on the site Steps to be followed when plugging unplugging a module 1 Remove the TSME first if DPM need to be removed 2 Remove the module ...

Page 54: ...with screws tightened during installation 4 Direction for removing TSME module is shown in Figure 33 and installation is just the reverse FI G U R E 33 RE M O VI N G TSME M O D U LE 1 TSME Direction for removing PWM module is shown in Figure 34 and installation is just the reverse FI G U R E 34 RE M O VI N G PWM M O D UL E 1 PWM Direction for removing DPM module is shown in ...

Page 55: ...allation is just the reverse FI G U R E 35 RE M O VI N G DPM M O D U L E 1 DPM Direction for removing STM module is shown in Figure 36 and installation is just the reverse FI G U R E 36 RE M O VI N G STM M O D U L E 1 STM Direction for removing HTM module is shown in Figure 37 and installation is just the reverse ...

Page 56: ...ZXG10 BS30 V1 5 Compact Outdoor BTS Hardware Installation Manual 42 Confidential and Proprietary Information of ZTE CORPORATION FI G U R E 37 RE M O VI N G HTM M O D U L E 1 HTM ...

Page 57: ...n of power and grounding cables for ZXG10 BS30 V1 5 Power Interface AC and DC power interfaces shown in Figure 38 are located at the cabinet bottom FI G U R E 38 PO W E R INT E RF AC E AC Input Power Interface 220 V AC power supply derived from main supply or UPS is led into the cabinet through cabinet bottom to provide power to the PWM Refer Table 6 for interface descriptions ...

Page 58: ...ause fatal danger DC Input Power Interface 48 V DC power is supplied by the external power supply 48 V DC input interface is led out from the cabinet bottom Refer Table 7 for interface descriptions 48 V _ IN EXT is a DC output interface if the internal power module is a PWM 48 V _ IN EXT is a DC input interface if the internal module is a PWMD TAB L E 7 48 V DC IN P U T PO W E R INT E RF AC E DE S...

Page 59: ... Protecti on ground 3 core aeronautic socket PWM output Electric shock Do not install or remove the power cables during power supply Equipment Grounding ZXG10 BS30 V1 5 grounding includes Lightning Protection Box Grounding and Cabinet Grounding Lightning Protection Box Grounding Lightning protection for ZXG10 BS30 V1 5 includes Grade C Lightning protection box and Grade D power lightning protectio...

Page 60: ...t a good conductor Power ground working ground and protection ground should be connected to the cabinet enclosure tandem connected to M4 bolts at cabinet right bottom then connected to the ground cable through connecting terminal as shown in Figure 40 FI G U R E 40 GR O U N D I N G BO L T 1 M4 Bolt Connect the grounding cable to the protection grounding bar Protection grounding cable is a plastic ...

Page 61: ...ent ground to avoid sharing the same grounding bar but allowed to share the same grounding network Other Grounding In Antenna feeder system lightning arrester should be above the antenna level to protect antennas from lightning stroke Lightning protection measures should be taken before directing the power lines and transmission lines into the equipment room Lightning arresters from the antenna fe...

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Page 63: ...0 BS30 V1 5 should be changed depending upon the site configurations based on the instructions given in this chapter Backplane Interfaces DBCU transfers the signals between internal modules cabinets and between cabinet and BSC External signal interfaces for BCU is shown in Figure 41 FI G U R E 41 EX T E R N AL IN T E R F AC E S F O R DBCU CMM interface includes E1 interface HW interface Synchroniz...

Page 64: ...ing output alarms from DPM DPM interface includes sending alarm signals to ETRM DBCU components are shown in Figure 42 FI G U R E 42 DBCU COM P ON E N T S HL4 HL3 HL5 S3 S2 S1 X15 X11 X23 X2 X3 X4 X10 X9 X22 X20 X18 X14 X6 X28 X27 X26 X17 X13 X16 X1 X21 X7 X12 X8 X5 X5 2 core primary power socket which connects 48 V power distribution line from PWM X8 4 core 2 54 spacing bent PCB welded socket tra...

Page 65: ... which are the access control main contact point alarm input interface and PWM power main contact point alarm input interface in the cabinet X18 4 core 3 81 spacing bent PCB welded socket providing power interface for the internal fans X9 X10 SMA coaxial cable connection sockets providing 13 MHz and FCLK for testing purpose X2 to X4 Sockets for CMM card where X2 X3 is 2mm high density B type 7 x 2...

Page 66: ... ER I N G DE S C R I P T I O N DIP Switch Name Bit Pattern Description 0 INDOOR 15 Type of BTS 1 OUTDOOR INDOOR 0 Network synchronization reference clock 0 E1 interface extraction clock 1 SDH synchronization clock 14 SYN INDOOR 1 Outdoor site type 0 BS30 V1 0 or BS30 V1 2 1 BS30 V1 0 is O2 type under BSC V1 6 INDOOR 0 Indicates selection of onsite monitoring equipment port 00 RS232 connected to tr...

Page 67: ...9 and 8 SLAVE1_PORT E1 port on the Master Cabinet for connecting Slave Cabinet 1 10 E port of the Master Cabinet 01 D port of the Master Cabinet 7 and 6 SLAVE2_PORT E1 port on the Master Cabinet for connecting Slave Cabinet 2 10 E port of the Master Cabinet 0 Ordinary Abis link 5 SATE To check whether to use satellite Abis link 1 Satellite Abis link 00 A port 4 and 3 ABIS_PORT O and M port number ...

Page 68: ...cadin g BS3 0 Site 2 1 0 10 00 00 00 0 00 001 1 0 10 00 00 00 0 00 001 Refer Figure 44 16 time slots for Site 1 and 31 time slots for Site 2 Master Cabine t 1 1 0 10 00 01 10 0 00 000 0XA180 Slave Cabine t 1 1 0 10 01 00 00 0 00 000 0XA400 Multiple Cascadin g BS3 0 Slave cabinet 2 1 0 10 00 00 00 0 00 001 0XA800 Refer Figure 45 OAM time slot is 16 and B port of BTS V2 cannot connect to slave cabin...

Page 69: ...n Confidential and Proprietary Information of ZTE CORPORATION 55 Site Type Binary Schem e Hexadecima l Scheme Description s Slave Cabine t 1 1 0 10 01 00 00 0 00 000 FI G U R E 44 SI T E CAS C AD I N G FI G U R E 45 MU L T I CAS C AD I N G ...

Page 70: ...ayer number is set through DIP switch S3 If DIP switch is ON signal line is grounded and bit status collected by ETRM is 0 If DIP switch is OFF bit status collected by ETRM is 0 Layer 2 to Layer 0 is the layer number which corresponds to bit 2 to 0 of DIP switch S3 and bit 3 is vacant as shown in Table 11 TAB L E 11 CO N N E C T I O N DE T AI L S F O R ETRM LAY E R SE T T I N G S Bit number of S3 ...

Page 71: ... in Figure 47 and connection details in Table 12 FI G U R E 47 IN T E R N AL RF C AB L E S F O R ZXG10 BS30 V1 5 TAB L E 12 CO N N E C T I O N DE T AI L S F O R SI N G L E CAB I N E T SI NO Cable name Cable number End A End B 1 RF 95802 001 626900000400 TSME TX DPM TX TSME RXA DPM N6 2 RF 95802 004 626900000700 TSME RXB DPM N4 3 RF 95802 003 626900000600 DPM OUT DPM N1 4 RF 95802 002 626900000500 ...

Page 72: ... RX 6 RF 95802 006 626900000800 DPM RXIN Ant_RX DPM REV DSWR X2 7 RF 95802 002 626900000500 DPM FWD DSWR X1 Internal RF Cables for Dual Cabinets Interfaces and cabling of internal RF cables for Dual Cabinet in O2 configuration mode is shown in Figure 48 and connection details in Table 13 Connect RF 95802 008 manually during on site installation FI G U R E 48 IN T E R N AL RF C AB L E S F O R DU AL...

Page 73: ...N2 5 RF 95802 005 626903000100 DPM ANT ANT_TX RX DPM REV DSWR X2 6 RF 95802 002 626900000500 DPM FWD DSWR X1 7 RF 95802 007 626900000900 TSME RXB RX_DIV RX_DIV Master Cabinet ANT_RX Slave Cabinet 8 RF 95802 008 626903000200 ANT_RX Master Cabinet RX_DIV Slave Cabinet Internal Signal Cables Internal signal cables for ZXG10 BS30 V1 5 are shown in Figure 49 Figure 50 Figure 51 and Figure 52 and connec...

Page 74: ...R E 49 MAS T E R CAB I N E T 220 V AC PO W E R SU P P L Y TAB L E 14 WI R I N G DE S C RIP T I O N S F O R MAS T E R CAB I N E T 220 V AC PO W E R SUP P LY SI NO Cable Name Cable Number End A End B Grounding bolt inside the cabinet DBCU PGND 1 PWR 95802 004 626501010700 Grounding bolt inside the cabinet DBCU GND 2 PWR 95802 008 626527000300 DBCU X18 As shown in Figure 46 ...

Page 75: ...ion equipment If using external transmission equipment then connect A with E1 lightning arrester at the cabinet bottom 8 PWR 95802 002 626551000400 DBCU X8 LAN DPM 9 PWR 95802 006 626524001300 As shown in Figure 46 As shown in Figure 46 10 DS 95802 004 626760000200 DBCU X12 DSWR X4 11 PWR 95802 014 626521007100 DBCU X21 PWM ALM 12 DS 95802 011 626736000300 As shown in Figure 46 As shown in Figure ...

Page 76: ...5 Compact Outdoor BTS Hardware Installation Manual 62 Confidential and Proprietary Information of ZTE CORPORATION SI NO Cable Name Cable Number End A End B 16 PWR 95802 001 626524000100 PWM AC_IN Cabinet bottom AC_IN ...

Page 77: ... 63 Master Cabinet 48 V DC Power Supply FI G U R E 50 MAS T E R CAB I N E T 48 V DC PO W E R SU PP L Y TAB L E 15 WI R I N G DE S C RIP T I O N S F O R MAS T E R CAB I N E T 48 V DC PO W E R SU P P L Y SI NO Cable name Cable number End A End B 1 PWR 95802 626501010700 Grounding bolt inside DBCU GND ...

Page 78: ...600 DBCU X6 Cabinet bottom Relay_ALM 5 DS 95802 010 626716000500 DBCU X27 28 Cabinet bottom M_HW1 M_HW2 6 DBCU D_IN D_OUT D to E1 lightning arrester at the cabinet bottom 7 DBCU A_IN A _OUT Connect with SDH or HDSL transmission equipment If using external transmission equipment then connect A with E1 lightning arrester at the cabinet bottom 8 PWR 95802 002 626551000400 DBCU X8 LAN DPM 9 PWR 95802 ...

Page 79: ...ber End A End B 12 DS 95802 015 626922000800 DBCU A_IN A_OUT Built in transmission equipment TX RX HDSL or SDH equipment 13 DBCU X5 Connect only when using SDH or HDSL equipment 14 PWR 95802 003 626500000200 Grounding bolt inside the cabinet Panel grounding bolt 15 PWR 95802 001 626524000100 PWM DC_IN Cabinet bottom 48 V_IN EXT ...

Page 80: ... U R E 51 SL AV E CAB I N E T 220 V AC PO W E R SU PP L Y TAB L E 16 WI R I N G DE S C RIP T I O N S F O R SL AV E CAB I N E T 220 V AC PO W E R SU P P L Y SI NO Cable name Cable number End A End B Grounding bolt inside the cabinet DBCU PGND 1 PWR 95802 004 626501010700 Grounding bolt inside the cabinet DBCU GND 2 PWR 95802 008 626527000300 DBCU X18 As shown in Figure ...

Page 81: ...inet bottom Relay_ALM 5 PWR 95802 011 626736000300 As shown in Figure As shown in Figure 6 PWR 95802 002 626551000400 DBCU X8 LAN DPM 7 PWR 95802 022 626521000900 As shown in Figure As shown in Figure 8 PWR 95802 004 626760000200 DBCU X12 DSWR X4 9 PWR 95802 014 626521007100 DBCU X21 PWM ALM 10 PWR 95802 003 626500000200 Grounding bolt inside the cabinet Panel grounding bolt 11 PWR 95802 001 62652...

Page 82: ... SU P P L Y TAB L E 17 WI R I N G DE S C RIP T I O N F O R SLAV E CAB I N E T 48 V DC PO W E R SU P P L Y SI NO Cable name Cable number End A End B Grounding bolt inside the cabinet DBCU PGN D Grounding bolt inside the cabinet DBCU GND 2 PWR 95802 008 62652700030 0 DBCU X18 As shown in Figure 49 3 PWR 95802 013 62655100030 0 DBCU X20 Entrance control 4 PWR 95802 012 62671600060 0 DBCU X6 Cabinet b...

Page 83: ...X8 LAN DPM 7 PWR 95802 022 62676100090 0 As shown in Figure 49 As shown in Figure 49 8 DS 95802 004 62676000020 0 DBCU X12 DSWR X4 9 PWR 95802 003 62650000020 0 Grounding bolt inside the cabinet Panel grounding bolt 10 PWR 95802 019 62652100080 0 PWM DC_I N Cabinet bottom 48 V_IN EXT HDSL Transmission Module Wiring 220 V AC Power Supply HDSL Transmission Module wiring for 220 V AC power supply is ...

Page 84: ... SUP P LY TAB L E 18 WI R I N G DE S C RIP T I O N F O R HDSL TR AN S M I S S I O N MO D U LE 220 V AC PO W E R SU P P L Y SI No Cable Name End A Label Content End B Label Content B1 end DBCU X5 B2 end HDSL 0 V B3 HDSL 48 V 1 PWR 95802 027 PWM DC OUTPUT B4 end BOTTOM 48 V_IN EXT 2 DS 95802 019 DBCUA_IN HDSL TX 3 DS 95802 019 DBCUA_OUT HDSL RX 4 PE 95802 028 HDSL PE DOOR PE 5 Data line HDSL DSL ...

Page 85: ...FI G U R E 54 HDSL TR AN S M I S SI O N MODU L E 48 V DC PO W E R SU PP L Y TAB L E 19 WI R I N G DE S C RIP T I O N F O R HDSL TR AN S M I S S I O N MO D U LE 48 V DC PO W E R SU P P L Y SI NO Cable Name End A Label Content End B Label Content B1 end DBCU X5 B2 end HDSL 0 V 1 PWR 95802 027 PWMD 48V_OUT B3 end HDSL 48 V 2 DS 95802 019 DBCUA_IN HDSL_TX 3 DS 95802 019 DBCUA_OUT HDSL_RX 4 PE 95802 02...

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Page 87: ...ected to the cabinet using water proof connectors E1 cables and power cables should be connected to the interface at the cabinet bottom Seal the interface using waterproof tape to provide perfect waterproof and rodent proof performance Power cable and main contact point alert cable should be connected using an aeronautical connector Main interfaces for external cable includes E1 interface SYNC Clo...

Page 88: ...DE S C R I P T I O N FO R EX T E R N AL CAB L E S SI NO Name Details Connector Type 1 Relay_ALM Main contact point input 8 pairs of main contact point Pin type 20 core aeronautic socket 2 SYN_CLK Synchronous signal interface Pin type 6 core aeronautic socket 3 48 V_IN EXT 48 V 1A DC output Pin type 6 core aeronautic socket 4 RX_DIV O2 site diversity jumper interface N type RF socket 5 Ant_Rx Recei...

Page 89: ...terface and Ethernet interface A_IN Input interface at Lightning protection A of E1 signal CC4Y RF socket 13 A_OUT Output interface at Lightning protection A of E1 signal CC4Y RF socket D_IN Input interface at Lightning protection D of E1 signal CC4Y RF socket 14 D_OUT Output interface at Lightning protection D of E1 signal CC4Y RF socket 15 Optical Waterproof tail fiber interface Fiber traversal ...

Page 90: ...0 inside the cabinet and connect other E1 interfaces taken from the cabinet bottom to the cabinets under the same site Synchronous Signal Interface between the Cabinets Cabinet expansion on the same site is done by providing inter cabinet synchronous signal interface in addition to E1 interface to ensure clock synchronization between the cabinets of same site Inter cabinet synchronous signal inter...

Page 91: ...na Feeder Interface Antenna is used by the Um interface to transmit radio signals between BTS and MS ZXG10 BS30 V1 5 provides three antenna feeder interfaces at the cabinet bottom Refer Table 23 for interface description TAB L E 23 DE S C R I P T I O N FO R AN T E N N A FE E D E R IN T E RF AC E Interfa ce name Line signal Signal Description Connec tor Signal Descript ion Ant_Rx Tx 900 MHz 1800MHz...

Page 92: ...tion If cabinet is cascaded connect two Ant_Rx Tx interfaces from master and slave cabinet with two Tx Rx antennas Ant_Rx Tx from master cabinet should be connected with RX_DIV of the slave cabinet and RX_DIV from master cabinet should be connected with Ant_Rx Tx of the slave cabinet Fiber Access Interface Fiber Access interface is used to connect the tail fiber incase of a built in T150 module Re...

Page 93: ...d out from the cabinet bottom as shown in Figure 55 Refer Table 25 for Interface details TAB L E 25 DE S C R I P T I O N FO R MAI N CO N T AC T PO I N T IN T E R F AC E Interfac e name Line signal Pin Signal definitio n Connect or Signal directio n 1 ALM_IN3 Backplan e input 2 ALM_IN3 Backplan e input 3 ALM_IN4 Backplan e input 4 ALM_IN4 Backplan e input 5 ALM_IN5 Backplan e input Relay_AL M Main ...

Page 94: ...ntenance interface signal Interface should be sealed when not in use CMT LMT HW Interface HW interface is led out from cabinet bottom as shown in Figure 55 When three cabinets are connected under O2 S1 S111 site type connect Master cabinet M_HW1 to Slave cabinet S_HW and Master cabinet M_HW2 to another Slave cabinet S_HW When more than three cabinets are connected cascade the cabinets through SYN_...

Page 95: ...nal descriptio n Signal direction ve Cabinet 9 CK_8K Master Sla ve Cabinet 11 4M_HWRX Master Sla ve Cabinet 12 4M_HWTX Master Sla ve Cabinet 13 4M_HWRX Master Sla ve Cabinet 14 4M_HWTX Master Sla ve Cabinet TAB L E 28 DE S C R I P T I O N FO R HW IN T E RF AC E Master Cabinet Slave Cabinet M_HW1 S_HW of slave cabinet 1 M_HW2 S_HW of slave cabinet 2 ...

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Page 97: ... Antenna Feeder system composition is explained below by taking one BTS configuration covering three sector as an example When one BTS covers three sectors and if each sector uses two antennas then total six antennas should be implemented for space diversity reception One antenna in each sector should be connected with combiner and duplexer through feeder cable to transmit downlink signals and ano...

Page 98: ...T EM CO M P O SI T I O N 1 Lightning arrester 2 Antenna jumper 3 Tower top amplifier 4 Pole 5 Antenna 6 Feeder cable 7 Feeder clip 8 Iron tower 9 Copper grounding bar 10 Feeder window 11 Cabling rack 12 Cabinet top jumper 13 BTS equipment Antenna In mobile communication BTS antenna is classified based on the following factors Frequency bands GSM 900 GSM 1800 GSM 900 1800 ...

Page 99: ...E 57 OM N I DI R EC T IO N AL LE F T AN D DI R E C T I ON AL AN T E N N A RI G H T Tower Top Amplifier Electron thermal motion in active parts and RF conductors in BTS receiver causes thermal noise affecting the BTS receiver performance Tower top amplifier amplifies the uplink and downlink signals thus enhancing the coverage area reducing call drop ratio and improving the voice quality Tower top a...

Page 100: ...aking it highly flexible and able to resist the pressure Half inch super flexible jumpers should be used from antenna to the main feeder cable and from main feeder cable to the cabinet as shown in Figure 59 FI G U R E 59 SU P E R FL E X IB L E JUM P E R Main Feeder Cable Main feeder cable transmits signal between BTS and the antenna Feeder cable should with stand in all environmental conditions tr...

Page 101: ...lip Grounding clip as shown in Figure 61 should be used to protect the equipment and antenna feeder cables from lightning Grounding clip should be mounted on the towers and entrance of the transceiver for the grounding purpose FI G U R E 61 GR O U N D I N G CL I P Lightning Arrester Lightning arrester should be installed to prevent cables and equipment from lightning current Lightning arrester is ...

Page 102: ...tor is a 16 mm copper pipe that can withstand 100kA lightning which exceeds the current generated by common lightning λ 4 stub is maintenance free before the bandwidth is changed Gravitron lightning arrester Gravitron is a short circuit protection part encapsulated in ceramics or glass and filled with low pressure inert gas Gravitron is divided into Three electrode and Dual electrode gravitron lig...

Page 103: ...for any repair or replacement Service life for gravitron is 5 years Connectors Connectors in antenna feeder system shown in Figure 64 vary as per configuration FI G U R E 64 CO N N E C T O R S I N AN T E N N A FE E D E R SY S T EM BTS N Male Lightning arrester N N Female Female 1 2 jumper N 1 2 jumper DIN 1 2 jumper Antenna DIN DIN DIN 7 8 jumper N DIN DIN Male Male Female Female Male Male Female ...

Page 104: ...tage with low loss Mostly it is waterproofed to use in outdoor for high and medium energy transmission It is extensively used in microwave transmission and mobile communication systems FI G U R E 66 7 16 TYP E SE R I E S CO NNE C T O R LE F T MAL E CO N N E C T O R AN D RI G H T FE M AL E CO N N E C T O R SMA Connectors SMA series connectors shown in Figure 67 are threaded type with 50 ohm charact...

Page 105: ...ables in radio equipment and electronic devices It is used as a trunk connector in ZTE BSS systems FI G U R E 68 BNC CO N N E CT O R Installation Accessories Accessories which are required for antenna feeder system installation apart from above mentioned main components are Antenna pole with 40 mm to 100 mm diameter as shown in Figure 66 Antenna fixing support as shown in Figure 69 FI G U R E 69 D...

Page 106: ...RPORATION Feeder window shown in Figure 70 and Figure 71 should be prepared and sealed before feeder cable is led into the equipment room FI G U R E 70 FE E D E R WI NDO W 1 FI G U R E 71 FE E D E R WI NDO W 2 Feeder Clip Tightly fix the feeder cable to the tower and cabling rack using feeder clip as shown in Figure 72 ...

Page 107: ...nding bar shown in Figure 73 is applied to 7 8 inch main feeder cable Copper grounding bar and metals in the building are insulated using insulating ceramics Copper lug of the grounding cable and grounding bar should be polished for reliable contact Copper grounding bar should be fixed on the wall near the feeder window Figure 74 FI G U R E 73 IN D O O R CO P P ER GR O U N D I N G BAR ...

Page 108: ...RPORATION FI G U R E 74 IN D O O R CO P P ER GR O U N D I N G BAR IN S T AL L AT I O N Outdoor Copper Grounding Bar Outdoor copper grounding bar is shown in Figure 75 FI G U R E 75 OU T D O O R COP P E R GR O U N DI N G BAR Indoor Cabling Rack Indoor cabling rack and its accessories is shown in Figure 76 and Figure 77 ...

Page 109: ...E CORPORATION 95 FI G U R E 76 IN D O O R CAB L I N G RAC K 1 FI G U R E 77 IN D O O R CAB L I N G RAC K 2 Waterproof self adhesive tape Ultraviolet proof tape Ultraviolet proof binding strap Antenna Feeder System Installation Flow Antenna feeder system installation flow is shown in Figure 78 ...

Page 110: ...astructure construction Incoming material inspection Connector preparation Infrastructure Construction Antenna feeder iron tower and equipment inside the equipment room must be perfectly grounded BTS work ground should form a combined grounding system with a grounding resistance less than 5 ohm Install the antennas on roof top with or without fence or iron tower or supportive pole Fix the supports...

Page 111: ... base should be constructed for connecting the poles directly on the roof top to avoid drilling the holes on the roof which may cause roof leakage Cabling Rack Instructions to be followed to ensure BTS equipment safety Cabling rack in the equipment room should be 400 m wide standard models Cabling rack installed above the equipment rack should be 2600 m above the floor Equipment should not shake a...

Page 112: ...able about 150 mm from one end and strip off the sheath of 50 mm away from the end as shown in Figure 79 FI G U R E 79 ST R I P P I N G O FF T H E SHE AT H 2 Insert the feeder cable end into the notch of the cutter 3 Close the cutter and press it slightly Viewed from feeder cable end cutter should be turned clockwise till the blade at the front end cuts the internal and external conductors complet...

Page 113: ...uctor from the external conductor 8 Insert one end of the plug in component into the internal conductor of the feeder cable and then load the plug in component as shown in Figure 81 FI G U R E 81 PL U G I N COM P O N E N T 9 Connector should be turned onto the connector fixing component using a spanner 10 Brush the copper filings of the foamed material as shown in Figure 82 FI G U R E 82 CL E AN I...

Page 114: ... N I N G T H E CO N N E C T O R FI X I N G COM P ON E N T 13 Screw the connector fixing component into the plug in component as shown in Figure 84 FI G U R E 84 CO N N E C T O R FI X I N G COM P ON E N T Antenna Installation Antenna installation includes following items Fixing the Antenna Cabinet jumper installation Feeder window installation Feeder cables installation Lightning arrester installat...

Page 115: ... long sleeve shirts Do not conduct any installation during rain wind moisture or lightning weather BTS should not be powered on during installation Strictly observe relevant precautions when installing each part Make sure to use ropes to hoist antennas at heights before installing them as shown in Figure 85 FI G U R E 85 FI X I N G T H E AN T E N N A Warning Avoid walking right under the hoisted o...

Page 116: ...gure 87 FI G U R E 87 U SH AP E D BO L T 3 Compass should be used to make sure that normal direction of the antenna radiation surface is same as antenna azimuth in network planning 4 Antenna should be turned to adjust the antenna azimuth of adjacent sectors to the required one Generally included angle between antennas of different sectors is 120 and with in the sectors it is the same 5 Special ins...

Page 117: ...ower etc and measure the difference between targeted and designed azimuth angle ii Set the angle on the special adjusting tool to the value as measured in from previous step i iii Place the special adjusting tool on the antenna and aim at the target through the telescope Turn the antenna to reach the designed angle as shown in Figure 89 iv If any other instruments are used on the site refer to the...

Page 118: ... of the antenna 8 Tilt angle should be the same as the angle indicated on the fixing support of the antenna with an error less than 1 degree vertical angle gauge should used to make sure that the pole is vertical 9 Pitch angle should be measured using pitch angle measuring instrument rotating angle meter with an air bleeder as shown in Figure 91 FI G U R E 91 AZ I M U T H GAU G E 0 10 20 30 40 5 0...

Page 119: ...U R E 92 PI T C H AN G L E AD J U S T M E N T 3 6 0 7 50 8 6 5 4 12 50 1 2 7 8 3 5 6 4 50 70 60 80 3 4 0 1 2 1 6 0 7 0 80 90 8 6 5 7 D IA L 0 30 70 10 30 40 20 2 0 10 7 2 2 80 90 0 1 1 70 80 60 4 3 6 5 12 15 40 50 8 1 2 2 15 10 Screws should be tightened using a spanner Omni Directional Antenna Steps to be followed during Omni antenna installation 1 Antenna should be adjusted to the appropriate he...

Page 120: ...ch super flexible jumper is used in BTS system Steps to be followed during antenna jumper installation 1 Appropriate path should be selected for the jumpers by considering factors such as reliability convenience length and water flow 2 Antenna and jumper connector should be connected with an appropriate torque Connection torque for DIN connector is between 1 7 N m to 2 3 N m 3 Antenna feeder cable...

Page 121: ...e clip as shown in Figure 95 with spacing not more than 0 76 m as shown in and feeder clip spacing should be reduced when wind speed is over 160 km hr FI G U R E 95 FI X I N G FE E D ER CAB L E S W I T H FE E D E R CL IP Instructions to be followed during 1 2 inch super flexible jumper installation Minimum radius for a single bend should be 125 mm as shown in Figure 96 FI G U R E 96 SI N G L E B E...

Page 122: ...um bending radius for a single bend should be 400 mm Minimum bending radius for a multiple bend should be 450 mm Minimum feeder cable length for hoisting trawl should be 60 M Steps to be followed during feeder cable installation 1 Feeder cables delivered on the site are very lengthy and without any connectors 2 Measure and cut the feeder cables into various lengths based as per requirements 3 Prep...

Page 123: ... and add few reinforcement points at the bends Feeder should be close to the pole and reinforcement with the pole body is required at every certain distance as shown in Figure 99 FI G U R E 99 FI X I N G T H E FE E D E R CAB L E 8 If iron tower is floor mounted then feeder cable should be properly grounded 0 5m 1m above the bend where it connects the antenna and leaves the tower body and outside t...

Page 124: ...o measure the length accurately Plug in components should not be moved when tightening the connector with a spanner Rotate the connector fastener component to screw the connector tightly Label should be attached on both ends of the main feeder cable Label should be placed onto the iron tower to facilitate distinguishing the sectors it belongs to and transmitting receiving features during line conn...

Page 125: ...prietary Information of ZTE CORPORATION 111 FI G U R E 100 DR I L L I N G T H E HO L E S O N THE WAL L 2 Seal the feeder cable holes according to the number of feeder cables required as shown in Figure 101 FI G U R E 101 SE AL I N G T H E FE E D E R CAB L E HO L E S ...

Page 126: ...lowed during lightning arrester installation 1 Install the lightning arrester between 7 8 inch main feeder and 1 2 inch cabinet top jumper 2 Lightning arrester consists of Male and Female DIN connectors Maximum installation torque for lightning arrester with DIN connectors are 25 N m and with N connector is 1 7 N m 3 Adjust the torque using an adjustable torque spanner to prevent the damage to lig...

Page 127: ...e feeder cable is satisfactory seal the connectors with self adhesive tape as shown in Figure 104 FI G U R E 104 SE AL I N G T H E LI G H T N I N G AR R E S T E R Instructions to be followed during lightning arrester installation Do not expose RF ports outside During installation grounding contact surfaces should be kept clean and dry without any rust Operating frequency marked on the lightning ar...

Page 128: ...eder cable and buckle the ring as shown in Figure 105 FI G U R E 105 BU C K L I N G T HE GR O U N D I N G CL I P GR I P RIN G 3 Waterproof self adhesive tape should be used to wrap up the connected place In the process each layer overlaps half of the previous layer as shown in Figure 106 Wrapping direction should be same as the buckling direction of the grip ring FI G U R E 106 WAT E R P R O O F S...

Page 129: ...n during thunder or lightning to prevent personal injury Cabinet Jumper Installation Cabinet and main feeder cable should be connected using 1 2 inch super flexible jumper and two male DIN connectors 1 Unfasten the four installation bolts from the antenna feeder socket one among HYCOM1 to HYCOM6 on the cabinet top and remove the socket 2 Unfasten the N connector from the AEM loosen the RF cables f...

Page 130: ...tematically to avoid repeated disconnection and connection of sealed parts Connectors should be sealed only after testing process is completed and system starts working properly VSWR Test VSWR test should be conducted to check the Voltage Standing Wave Ratio VSWR of the transmitting antenna BTS tester SITE MASTER 332B is recommended for this test VSWR value should be smaller than 1 5 other wise pe...

Page 131: ...ing RF carrier power BTS tester SITE MASTER 332B is recommended for this test Conduct the test at the input end of the combiner input ETRM power levels are shown in Table 29 and Table 30 TAB L E 29 ETRM PO W E R LE V E L S RF 900 ETRM Power Level Max Peak Power W Tolerance dB 1 320 0 3 2 160 0 3 3 80 0 3 4 40 0 3 5 20 0 3 6 10 0 3 7 5 0 3 8 2 5 0 3 TAB L E 30 ETRM PO W E R LE V E L S RF 1800 ETRM ...

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Page 133: ...lowing aspects Cabinets should be arranged in a row with an error less than 5 mm and column with an error less than 3 mm Screws should be tightened properly Inner and outer surface of the cabinets should be kept clean after installation Labels should be present with correct and clear location information Cabinet parts and Cables should be damaged or falling off No touching Some devices have high t...

Page 134: ...bound as bundles Make sure to reserve spacing for the cables at various positions Sockets Plugs and Locking pieces checking Connectors for the cables should be tightened properly Make sure that socket or connector pins are not damaged or missed out Labels Checking Make sure that labels are clean and pasted in the correct position On site Environment Cabinet Cabinet should be kept clean on all the ...

Page 135: ...idential and Proprietary Information of ZTE CORPORATION 121 Antenna Feeder System Feeder cables jumpers and connectors should be in good contact Lightning arresters should be installed correctly Fastening screws should be tight and waterproofed ...

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Page 137: ...s between BTS and BSC should be connected correctly AC and DC power supply voltage should be with in the permitted range Allowed voltage fluctuation range for 220 AC power supply 130 V to 300 V AC Allowed voltage fluctuation range for 48 V DC power supply 60 V DC to 40 V DC Antenna lightning arresters and racks should be grounded properly Switches inside the equipment should be set at the specifie...

Page 138: ...rmation of ZTE CORPORATION Power OFF Procedure Steps to be followed during Power OFF 1 Move the power supply switch to OFF position to power OFF ZXG10 BS30 V1 5 2 Remove the power cable from the 3 core socket To ensure safety and incase of any queries contact local ZTE office or ZTE customer care center ...

Page 139: ...d be damp proof shock proof and waterproof Packing box should have following packages f Cabinet package f Cable package f Documents package Labels should be pasted on each package covering following items f Product name and model number f Position direction Packing box should contain cabinet foam material and plastic cover Place the packing box in a horizontal position on the ground as shown in Fi...

Page 140: ... E 109 UN P AC K I N G T H E BO X Storage Packing box stored inside the equipment room should satisfy the following requirements Temperature 00 C to 350 C and Humidity 20 to 75 Packing box should not be exposed to direct sunlight and thermal radiations Equipment room should be air conditioned Equipment room should have fire extinguisher and alarm devices Equipment room should be kept clean ...

Page 141: ...ed in the truck to avoid vibration Packing box should not be placed upside down during shipment in truck or ship to prevent damage during transportation Equipment should be not kept in an open ware house Equipment should not be placed together with flammable and explosive goods Make sure to protect equipment from moisture and mechanical damage Equipment should be loaded and unloaded properly using...

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Page 143: ...s may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation For OUTDOOR use a Directional Antenna with a maximum gain of 11dBi is authorized for use with this unit Outside antennas must be positioned to observe minimum separation of 3M 9 84 feet for 900MHz unit and 2 2M 7 22 feet for 1800MHz unit from all user...

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Page 145: ...e A AEM Antenna Equipment Module B BCU Backplane Connection Unit C CMM Controller and Maintenance Module D DPM Duplexer Module E ETRM Extended Transceiver Module H HTM Heating Module P PWM Power Module S STM SDH Transmission Module T TSME Transceiver for Station Module supports EDGE V VSWR Voltage Standing Wave Ratio ...

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Page 147: ... 27 Figure 12 Schematic Diagram for PWM Installation 28 Figure 13 PWMD Structure 29 Figure 14 HTM Structure 29 Figure 15 Fixing Support 30 Figure16 Attaching the Cabinet 31 Figure 17 Cabinet Fixation 31 Figure 18 Shadow Shield Installation 32 Figure 19 Hoop and Fixing Support Installation 1 32 Figure 20 Hoop and Fixing Support Installation 2 33 Figure 21 Cabinet Fixation 1 33 Figure 22 Cabinet Fix...

Page 148: ...5 Multi Cascading 55 Figure 46 Composite Networking 56 Figure 47 Internal RF cables for ZXG10 BS30 V1 5 57 Figure 48 Internal RF cables for Dual Cabinets 58 Figure 49 Master Cabinet 220 V AC Power Supply 60 Figure 50 Master Cabinet 48 V DC Power Supply 63 Figure 51 Slave Cabinet 220 V AC Power Supply 66 Figure 52 Slave Cabinet 48 V DC Power Supply 68 Figure 53 HDSL Transmission Module 220 V AC Pow...

Page 149: ...on 94 Figure 75 Outdoor Copper Grounding Bar 94 Figure 76 Indoor Cabling Rack 1 95 Figure 77 Indoor Cabling Rack 2 95 Figure 78 Antenna Feeder System Installation Flow 96 Figure 79 Stripping off the Sheath 98 Figure 80 Inserting the O Shaped Ring 99 Figure 81 Plug in Component 99 Figure 82 Cleaning the Foamed Material 99 Figure 83 Turning the Connector Fixing Component 100 Figure 84 Connector Fixi...

Page 150: ...illing the Holes on the Wall 111 Figure 101 Sealing the Feeder Cable Holes 111 Figure 102 Feeder Window Installation 112 Figure 103 Lightning Arrester Installation 113 Figure 104 Sealing the Lightning Arrester 113 Figure 105 Buckling the Grounding Clip Grip Ring 114 Figure 106 Waterproof Self Adhesive Tape Winding 114 Figure 107 Electrically Insulated Adhesive Tape Winding 115 Figure 108 Packing B...

Page 151: ...n Details for Dual Cabinets 59 Table 14 Wiring Descriptions for Master Cabinet 220 V AC Power Supply 60 Table 15 Wiring Descriptions for Master Cabinet 48 V DC Power Supply 63 Table 16 Wiring Descriptions for Slave Cabinet 220 V AC Power Supply 66 Table 17 Wiring Description for Slave Cabinet 48 V DC Power Supply 68 Table 18 Wiring Description for HDSL Transmission Module 220 V AC Power Supply 70 ...

Page 152: ... Proprietary Information of ZTE CORPORATION Table 26 Description for Local Operation and Maintenance Interface 80 Table 27 Description for Inter Cabinet HW Interface 80 Table 28 Description for HW interface 81 Table 29 ETRM Power Levels RF 900 117 Table 30 ETRM Power Levels RF 1800 117 ...

Page 153: ...ding clip 87 HDSL 26 69 HTM 29 HW interface 80 Input main contact point interface 79 Internal signal cables 59 Kathrein Azimuth 102 Lightning arrester 87 Local operation and maintenance interface 80 Main feeder cable 86 PWM 27 PWMD 28 RF transmitting power test 117 safety instructions 1 Site ID 51 STM 26 Super flexible jumper 86 Tower top amplifier 85 TSME 24 Universal alarm symbols 2 VSWR 116 ...

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